… must be paid to protection against oxidation. The use of protective gases and welding methods that minimize oxidation is vital to preserve …

… and the absence of Nickel fulfills the NACE requirements for sure gas. SAW: CEWELD S3 NiMo1 , a solid submerged arc wire with 0,95% …

… such as chemical processing, aerospace, marine engineering, oil and gas production, and nuclear power generation, where its corrosion …

… furnace components, heat treating equipment, petrochemical processing, gas turbine parts, and for thermal processing equipment in industrial …

… in applications that involve high-temperature environments, such as gas turbines, aerospace components, nuclear reactors, and industrial …

… a long life for several wear applications. Best to be used without gas protection (self shielded). … Rebuilding of stabilisers and other …

… up to approx. 800 °C in normal atmosphere and oxidizing gases. The weld deposit is capable of taking a high polish. … ISO …

… ducts, flame holders, thermocouple sheaths, and other important gas turbine components. … Haynes Alloy 230 … Alloy 230 Tig … A 5.14: …

… a Low hydrogen weld deposit. Excellent slag removal and protective gas is not required. High impact strength at low temperatures combined …

… less spatters. Excellent results are also achieved without protective gas. … E NiCr3 / Ni6082 / NiCr15Fe6Mn  1.4816, 1.4864, 1.4876, 1.4583, …